Recent decades have seen an extraordinary confluence of particle physics and cosmology. The discovery that neutrinos have mass challenges cosmologists to determine the role of these elusive but ubiquitous particles in the history of the universe, even as compelling astrophysical evidence for dark matter has inspired laboratory experiments to detect new particles. Professor LoVerde works at the interface of particle physics and cosmology, with a special interest in consequences and astrophysical signals of neutrino masses, and their influence on the growth of cosmological structure. She is developing a theory of structure formation that transcends the limitations of current methods, to make possible the full use of the extraordinary capabilities of galaxy and microwave background radiation survey instruments. Such a theory will enable cosmologists to discern the imprint of neutrinos, dark matter and dark energy on the structured universe we see around us.
With degrees from Berkeley and Columbia, Dr. LoVerde joined the C.N. Yang Institute for Theoretical Physics and the Department of Physics and Astronomy in September 2015, following postdoctoral appointments at Princeton University and the University of Chicago.